Cite this article

Microencapsulated Bacillus-Based Self-Healing Concrete: Crack Closure Kinetics, Durability Recovery, and Lifecycle Cost-Benefit Analysis
https://www.ijaea.com/papers?paper=Microencapsulated+Bacillus-Based+Self-Healing+Concrete%3A+Crack+Closure+Kinetics%2C+Durability+Recovery%2C+and+Lifecycle+Cost-Benefit+Analysis

Vikram N. Subramanian Department of Civil and Structural Engineering.. (2026). Microencapsulated Bacillus-Based Self-Healing Concrete: Crack Closure Kinetics, Durability Recovery, and Lifecycle Cost-Benefit Analysis. International Journal of Advanced Engineering Application (IJAEA), 8-13.

Vikram N. Subramanian Department of Civil and Structural Engineering.. "Microencapsulated Bacillus-Based Self-Healing Concrete: Crack Closure Kinetics, Durability Recovery, and Lifecycle Cost-Benefit Analysis." International Journal of Advanced Engineering Application (IJAEA), 2026, pp. 8-13.

@article{ucturalengineering2026,
  title   = {Microencapsulated Bacillus-Based Self-Healing Concrete: Crack Closure Kinetics, Durability Recovery, and Lifecycle Cost-Benefit Analysis},
  author  = {Vikram N. Subramanian Department of Civil and Structural Engineering.},
  journal = {International Journal of Advanced Engineering Application (IJAEA)},
  year    = {2026},
  pages   = {8-13},
  issn    = {3048-6807 (Online)},
}

TY  - JOUR
AU  - Vikram N. Subramanian Department of Civil and Structural Engineering.
TI  - Microencapsulated Bacillus-Based Self-Healing Concrete: Crack Closure Kinetics, Durability Recovery, and Lifecycle Cost-Benefit Analysis
JO  - International Journal of Advanced Engineering Application (IJAEA)
PY  - 2026
SP  - 8-13
SN  - 3048-6807 (Online)
UR  - https://www.ijaea.com/papers?paper=Microencapsulated+Bacillus-Based+Self-Healing+Concrete%3A+Crack+Closure+Kinetics%2C+Durability+Recovery%2C+and+Lifecycle+Cost-Benefit+Analysis
ER  -